JPH11264173A - Toilet seat for excrement and flushing method thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To securely drain low density filth with less flushing water by discharging main flushing water to drain filth in a bowl from a flushing water discharge outlet and delivering auxiliary flushing water from a flushing water delivery opening to push low density filth in a trap. SOLUTION: When a push button switch for starting to flush water is depressed, water is discharged from a rim part 9 to wash a bowl face 8 and raise the water level in the bowl 19. After a specified time has elapsed, the discharge water is brought to a stop and an opening/closing means 12 communicating with the air is closed and a water supply valve 7 is opened. Then, water in an amplifying tank 13 is led from an amplifying tank outlet 14 by the flowing speed of pressure water discharged from a direct pressure nozzle 6 of city water and while amplifying flushing water volume, it is discharged from a flushing water delivery opening 5 into a trap inlet 3. Then, when the water supply valve 7 is closed, a siphon action is generated and easily floatable filth flows in the trap inlet 3. Accordingly, easily floatable filth or the like can be efficiently pushed in the drain passage of the trap with less water.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a toilet bowl cleaning method and a toilet bowl for effectively cleaning and discharging low-specific-gravity waste.

[0002]

2. Description of the Related Art In response to recent demands for saving water, there has been proposed a technique capable of saving water while maintaining a flushing function in a toilet. For example, International Publication Number WO96 /
There is a type such as 20316 (a flush toilet) that discharges water stored in a low tank from a Z waterway at a stroke to quickly and strongly generate a siphon action, and discharges dirt with a small amount of water.

[0003]

However, even in the case where a strong siphon action is generated quickly to discharge filth as in the above-mentioned prior art, the filth which is likely to float is trapped in the trap drainage channel at the latter stage of the siphon action or after the cessation of the siphon action. In many cases, the wastewater is not discharged from the outlet of the toilet bowl, and there is a problem that a stable waste discharge effect cannot be obtained.

It is an object of the present invention to provide a toilet bowl cleaning method and a toilet bowl that reliably discharge low-specific-gravity waste such as easily floating waste and suspended fine particulate waste with a small amount of washing water.

[0005]

SUMMARY OF THE INVENTION According to the present invention, there is provided a toilet flushing method for a toilet bowl having a flush water outlet at a position substantially opposite to a trap inlet of the toilet. Is discharged from the washing water discharge port, and at the end of the cleaning in which the water level of the ball portion is lowered, auxiliary cleaning water is discharged from the cleaning water discharge port to push low-specific gravity contaminants such as suspended solids into the trap. And During or after the water in the ball portion is discharged to the trap inlet, the auxiliary washing water is further discharged to forcibly push the low-specific-gravity dirt into the trap.

The present invention also relates to a siphon toilet in which the toilet bowl generates a siphon action to discharge waste, wherein the water level of the ball portion is lowered to delay the timing of sucking air from the trap inlet. The auxiliary cleaning water is discharged from a water discharge port toward the trap inlet. By delaying the timing of discharging the auxiliary cleaning water and sucking the air from the trap inlet, floating contaminants that are difficult to carry out in the later stage of the siphon action are conveyed into the trap drainage channel.

[0007] The discharge timing of the auxiliary cleaning water is started after the water level of the ball portion starts decreasing. The amount of washing water is amplified from the beginning of washing, and the ability to discharge waste is improved.

The discharge timing of the auxiliary cleaning water is started immediately before the siphon breaks. This prevents the waste from the trap drainage channel from flowing back to the ball portion.

The discharge timing of the auxiliary cleaning water is started when the water level of the ball portion drops to near the opening end of the trap inlet. Thereby, the undischarged waste in the latter half of the siphon action is boosted and efficiently conveyed into the trap drainage channel.

Further, the discharge of the auxiliary cleaning water is started when the water level of the ball portion drops to near the opening end of the trap inlet. Thereby, the undischarged waste in the latter half of the siphon action is boosted and efficiently conveyed into the trap drainage channel.

The toilet according to the present invention has a flush water discharging means for discharging flush water toward a trap inlet of the toilet, an auxiliary flush water storing means for storing auxiliary flush water, a discharge timing and discharge of the auxiliary flush water. It is characterized by comprising auxiliary washing water discharge adjusting means for adjusting the amount, and control means for controlling the washing water discharging means and the auxiliary washing water discharge adjusting means. Since the timing and amount of discharge of the auxiliary cleaning water is adjusted by the auxiliary cleaning water discharge control means, low-density contaminants such as easily floating dirt and floating fine particles can be reliably discharged into the trap with a small amount of cleaning water. .

Further, the washing water discharging means comprises an amplified water tank for holding the amplified water stored separately from the pool water for discharging the cleaning water, and a tap water direct pressure nozzle for discharging tap water. The amplified water in the amplified water tank is engulfed and discharged by the discharged water discharged from the tap water direct pressure nozzle. By adjusting the ratio of the stored water to the amplified water, the flow-amplified cleaning water including the amplified water is discharged until the amplified water is exhausted, and the discharge water from the tap water direct pressure nozzle can be reduced.

[0013] Preferably, the apparatus further comprises water level detecting means for detecting a water level of the bowl portion of the toilet, and controlling discharge of the auxiliary cleaning water from the auxiliary cleaning water storing means based on a signal from the water level detecting means. Features. The discharge timing of the auxiliary cleaning water is reliably detected, and the auxiliary cleaning water can be supplied according to the cleaning state, and the suspended dirt is effectively pushed into the trap drainage channel.

The discharge of the auxiliary cleaning water from the auxiliary cleaning storage means is controlled by a timer.
The timing of discharging the auxiliary cleaning water can be easily adjusted arbitrarily, and the discharge of the auxiliary cleaning water can be performed at the optimal timing for the toilet. Also. There is no need to provide a detecting means such as a water level sensor outside.

Further, one end of the auxiliary washing water storing means has an air communication port for communicating with the atmosphere, and the other end has an auxiliary washing water discharge port opened toward the trap inlet. It is an air communication port opening / closing means provided at the air communication port. Since it is only necessary to adjust the degree of opening of the atmosphere communication port by means of the atmosphere communication port opening / closing means, it is easy to control the discharge from the auxiliary washing water storage means, and the optimum adjustment can be easily performed for each toilet.

The auxiliary washing water storing means has an air communication port having one end communicating with the atmosphere and an auxiliary washing water discharge opening having the other end opened toward the trap inlet. It is a pressure loss portion provided in the atmosphere communication port so that the lowering of the water level of the auxiliary washing water storage means is delayed as compared with the lowering of the water level of the partial water surface. The pressure loss portion provided at the air communication port causes resistance when air is sucked from the air communication port, and the water level drop of the makeup water storage means is delayed. The pressure loss portion can be configured by reducing the opening area of the atmosphere communication port.

Further, one end of the auxiliary washing water storing means has an air communication port for communicating with the atmosphere, and the other end has an auxiliary washing water discharge opening opened toward the trap inlet. It is a pressure loss portion provided at the auxiliary cleaning water discharge port so that the lowering of the water level of the auxiliary cleaning water storage means is delayed as compared with the lowering of the water level of the partial water surface. By reducing the opening area of the pressure loss portion by the pressure loss portion provided at the auxiliary cleaning water discharge port, the flow path resistance increases, and the drop in the water level of the makeup water storage means is delayed.

The auxiliary washing water storing means and the amplified water tank are formed integrally with the toilet below the bowl portion of the toilet. The auxiliary washing water storing means and the amplification water tank can be concealed, and the appearance design of the toilet is improved.

The water level detecting means is a pressure detecting means for detecting a water pressure in a ball portion or a trap drainage channel. As a result, a decrease in the water level can always be accurately determined, and the auxiliary cleaning water can be discharged at the best timing for boosting the dirt conveyed from the ball portion to the trap entrance in the later stage of the siphon action.

Another toilet according to the present invention includes a flush water discharge means for discharging flush water toward a trap inlet of the toilet, and a control means for controlling discharge of auxiliary flush water from the flush water discharge means. It is characterized by the following. Since the auxiliary cleaning water is discharged from the cleaning water discharging means, there is no need to separately provide a storage and discharging means for the auxiliary cleaning water, and the structure of the toilet is simplified.

The above-mentioned washing water discharge means holds the amplification water stored separately from the stored water in the ball portion from which the washing water is discharged, and the amplified water tank having an opening for an amplified water tank outlet facing the trap inlet of the toilet bowl. And a tap water direct pressure nozzle to be discharged to the amplified water tank, a winding section for causing the amplified water to be caught in the discharge water discharged from the tap water direct nozzle, and the flow rate caught in the winding section is amplified. A throat for discharging the amplified water to the trap inlet, wherein the control means controls discharge and timing of the auxiliary cleaning water from the water supply direct pressure nozzle. According to the washing water discharging means, by adjusting the ratio of the pooled water to the amplified water, the amplified discharged water including the amplified water is amplified from the throat to the trap inlet until the amplified water is exhausted. When the amplified water runs out, only the discharged water is discharged to the trap inlet. Therefore, discharge is performed stronger than the throat, and siphons are efficiently generated to efficiently discharge high-density contaminants. It is possible to discharge to the trap inlet, and it is possible to perform optimal discharge according to the specific gravity of the waste, and there is also a water saving effect.

Further, the discharge control of the auxiliary cleaning water from the cleaning water discharging means is performed by timer control.
The timing of discharging the auxiliary flush water can be easily adjusted arbitrarily, and the auxiliary flush water can be discharged at an optimal timing for each toilet. Further, there is no need to provide a detecting means such as a water level sensor outside.

Further, the toilet is provided with water level detecting means for detecting the water level of the ball portion, and discharge control of auxiliary washing water is performed based on a signal from the water level detecting means. The discharge timing of the auxiliary cleaning water is reliably detected, and the auxiliary cleaning water can be supplied according to the cleaning state, and the suspended dirt is effectively pushed into the trap drainage channel.

Further, the water level detecting means is a pressure detecting means for detecting a water pressure in the ball portion or in the trap drainage channel. As a result, a decrease in the water level can always be accurately determined, and the auxiliary cleaning water can be discharged at the best timing for boosting the dirt conveyed from the ball portion to the trap entrance in the later stage of the siphon action.

Further, the amplified water tank is formed integrally with the toilet below the bowl portion of the toilet. Therefore, the amplification water tank can be concealed, and the appearance design of the toilet is improved.

[0026]

DESCRIPTION OF THE PREFERRED EMBODIMENTS In order to further clarify the structure and operation of the present invention described above, preferred embodiments of the present invention will be described below.

(Embodiment 1) FIG. 1 is a sectional view of an embodiment of a siphon toilet according to the present invention. 1 is a toilet body, 2 is a trap drainage channel, 3 is a trap inlet of the trap drainage channel, 4 is a toilet outlet, 5 is a flush water discharge port located opposite the trap inlet 3, and 6 is a flush water discharge port 5. A water supply direct pressure nozzle that functions as a jet pump disposed at the rear is connected to a water supply source (not shown) having a water supply pressure via a water supply valve 7.

An auxiliary washing water storage means 10 for storing the auxiliary washing water and an amplified water tank 13 for amplifying the amount of washing water are integrally formed with the toilet body 1. The auxiliary washing water storing means water 10 is provided below the ball surface 8 of the toilet body 1, and the amplified water tank 13 is provided further below. The auxiliary cleaning water storing means 10 has an auxiliary cleaning water discharge port 11 having one end connected to the cleaning water discharge port 5 and a valve mechanism which opens and closes to the atmosphere as an adjusting means for adjusting the auxiliary cleaning water discharge. Is provided. The amplified water tank 13 has an amplified water tank discharge port 14 having one end communicating with the cleaning water discharge port 5 and an atmosphere opening port 15 having the other end open to the atmosphere. An ultrasonic water level sensor 16 detects the water level in the bowl of the toilet bowl, and is disposed on the rim 9 of the toilet body 1.

FIG. 4 is a schematic control block diagram showing the control means 100 for controlling the discharge of the flush water of the toilet of FIG. The control unit 100 includes an input unit 101, an output unit 102, and a control unit 103. The input unit 101 is connected to a push button switch 104 for performing an operation of starting washing of the toilet and the ultrasonic water level sensor 11. The output unit 102 includes a water supply valve 7, an atmosphere release valve 12, a rim discharge valve 20,
Is connected. The control unit 103 includes a microcomputer, and includes functional units such as a calculation unit, a storage unit, and a timer control unit (not shown). The pushbutton switch 104, a signal from the ultrasonic water level sensor 16, and the water supply valve 7 are controlled by the timer control unit. The opening / closing operation of the air communication port opening / closing means 12 and the rim water discharge valve 20 is controlled.

Next, a cleaning method will be described. In FIG. 1, a water level 17 indicates an initial state before cleaning, and the air communication port opening / closing means 12 is kept in an open state. When the push button switch 104 for starting the cleaning is pressed, the rim discharge valve 20 is first opened for a predetermined time, and water is discharged from a plurality of water injection holes (not shown) of the rim 9 to clean the ball surface 8 and the ball. The water level of the part 19 is raised to the position of 18. After the lapse of the predetermined time, the rim discharge valve 20 is closed to stop water discharge from the rim 9, the air communication port opening / closing means 12 is closed, the water supply valve 7 is opened, and the pressurized water is supplied to the tap water direct pressure nozzle. 6 to discharge for a predetermined time. The water in the amplification tank 13 is led out of the amplification tank outlet 14 by the ejector effect by the ejector effect according to the flow rate of the water from the tap water direct pressure nozzle 6, and the amount of washing water is amplified.
It is discharged toward. After a lapse of a predetermined time, the water supply valve 7
Is closed. At this time, since the atmosphere communication port opening / closing means 12 is in the closed state, the pressure of the air communication port opening / closing means 12 of the auxiliary cleaning water storage means 10 is reduced, so that the water from the auxiliary cleaning water storage means 10 is not discharged.

When a siphon action occurs, dirt that easily floats as the water level in the ball decreases flows into the trap inlet 3. Then, as shown in FIG. 2, when the water level reaches a position near the upper end 21 of the opening of the trap inlet 3, the ultrasonic water level sensor 16 detects a predetermined water level.

The open / close means 12 for the air communication port is opened according to a detection signal from the ultrasonic water level sensor 16. The water in the auxiliary cleaning water storage means 10 flows out of the auxiliary cleaning water discharge port 11 toward the trap inlet 3 due to the head pressure of the auxiliary cleaning water storage means 10 itself, and as shown in FIG. Push it into the trap drain 2.

In the present embodiment, the toilet is described as a system that generates a siphon action by discharging water from a direct water pressure nozzle 6 that functions as a jet pump by the pressure of the water supply. There are differences in the method of discharging wastes in the main wash, such as a toilet that generates a siphon action through a water channel, a toilet that generates a siphon action using water pressure from a flush valve, and a toilet that generates a siphon action by discharging from a rim. It does not disturb the present invention.

The auxiliary washing water storing means 10 and the amplification tank 13 may be provided separately from the toilet body 1.

In this embodiment, an ultrasonic water level sensor for directly detecting the water level of the ball portion is used as the water level detecting means. However, the present invention is not limited to this as long as the water level can be detected. For example, a means for arranging a pressure sensor on the ball surface near the trap inlet or on the trap drainage path, detecting the water pressure, and converting it to a water level is also possible.

In addition, a pressure sensor is provided so as to detect the pressure in the trap drainage channel when the supply of the auxiliary cleaning water is started.
It can also be performed by detecting the water level by the pressure sensor.

Further, the timing of starting the supply of the auxiliary cleaning water can be controlled by a timer function unit provided in the control means.

In addition, the supply of the auxiliary cleaning water can be started by reducing the opening area of the air communication port or attaching a filter without providing the air communication port opening / closing means 12 of the auxiliary cleaning water storage means 10. A pressure loss portion may be provided in the atmosphere communication port so that the water level of the auxiliary washing water storing means 10 decreases more slowly than the water level of the ball portion. Alternatively, the pressure loss portion may be provided by increasing the area of the opening of the atmosphere communication port and decreasing the area of the opening of the auxiliary cleaning water discharge port. In this case, the effect of boosting the filth in the latter stage of the siphon action is small, but it is not necessary to attach the air communication port opening / closing means 12, so that it can be easily implemented.

(Embodiment 2) FIG. 5 is a sectional view of an embodiment of a siphon jet toilet having an outlet for amplified water tank of the present invention. FIG. 6 is an enlarged schematic view of a portion for discharging the amplified water in FIG. 51 is a toilet main body, 52 is a ball portion, 53 is a rim water passage, 54 is a plurality of water injection holes for discharging washing water from the rim water passage 53 to the ball portion 52, 55 is a trap drainage channel, and 56 is a trap drainage channel. The trap inlet of the road, 57 is an amplification tank outlet located opposite the trap inlet 53, 5
Reference numeral 8 denotes an amplification tank for storing amplified water, reference numeral 59 denotes a tap water direct pressure nozzle which discharges water discharged into the amplification tank 58, and reference numeral 60 denotes a winding portion which wraps the amplified water in the amplification tank 58 when discharged from the tap water direct pressure nozzle 59 Reference numeral 61 denotes a throat for guiding the discharged water and the entrained amplified water to the outlet 57 of the amplification tank. Amplification tank outlet 57 of throat 61
An opening 62 is provided on the side. This opening 62 may also serve as a 57 amplifying tank outlet. Reference numeral 63 denotes a water supply pipe for supplying tap water from an external water supply source (not shown) to the water supply direct pressure nozzle 59.

The cleaning method of this embodiment will be described. First, the washing water is supplied to the rim water passage 53, the washing water is discharged from the spray holes 54, the ball portion 52 is washed, and the amount of stored water in the ball portion 52 gradually increases. Water injection hole 54
When the discharge of the predetermined amount of wash water from the water supply is completed, the discharge water is supplied to the water supply direct pressure nozzle 59 from the external water supply source via the water supply pipe 63. The amplified water in the amplification tank 58 is entrained by the entrainment part 60 by the water force of the water discharged from the water supply direct pressure nozzle 59, and the amount of the entrained water is amplified through the throat 61 and amplified from the opening 62 on the amplification tank outlet 57 side of the throat 61. Water is discharged into the tank outlet 57. The amplified water discharged from the amplification tank outlet 57 advances toward the trap inlet 56. The trap drainage channel 55 is instantaneously filled with the amplified water discharged from the amplification tank discharge port 57 and the accumulated water whose amount has increased, and a siphon phenomenon occurs in the trap drainage channel 55.

When the siphon phenomenon occurs, a suction force is generated, and the accumulated water and high-density contaminants in the ball portion 52 are trapped at the trap inlet 56.
Is discharged into the trap drainage channel 55, and the water surface of the stored water and the low-specific-gravity contaminants existing on the water surface gradually decrease. Next, after the stored water in the ball portion 52 is discharged, or when the height of the water surface 65 of the stored water becomes lower than the upper end 64 of the opening of the trap inlet 56, the amplified water in the amplification tank 58 is Only the discharge water is discharged from the water supply direct pressure nozzle 59 toward the trap inlet 56.

Accordingly, the low-density contaminants having lowered the ball portion 52 are pushed into the trap inlet 56 which is substantially opposed by the water discharged from the water supply direct pressure nozzle 59, so that the water discharged from the water supply direct pressure nozzle 59 is subjected to auxiliary cleaning. Can serve as water.

[0043]

According to the present invention, easily floating dirt can be efficiently pushed into the trap drainage channel with a small amount of water, and a toilet flushing method and toilet having excellent washing performance can be realized.

[Brief description of the drawings]

FIG. 1 is a sectional view of a toilet according to an embodiment of the present invention.

FIG. 2 is a diagram showing a state immediately before the auxiliary flush water is discharged from the toilet according to the embodiment of the present invention.

FIG. 3 is a state diagram of the toilet according to the embodiment of the present invention after the discharge of the wash water is completed.

FIG. 4 is a block diagram of a control unit for controlling discharge of flushing of a toilet according to an embodiment of the present invention.

FIG. 5 is a sectional view of a toilet according to another embodiment of the present invention.

FIG. 6 is an enlarged schematic view of a portion for discharging amplified water in FIG. 5;

[Explanation of symbols]

 1, 51 ... toilet body 2, 55 ... trap drainage channel 3, 56 ... trap inlet 4 ... toilet outlet 5 ... washing water discharge port 6 ... water supply direct pressure nozzle 7 ... water supply valve 10 ... auxiliary washing water storage means 11 ... auxiliary Cleaning water discharge port 12 ... Atmosphere communication port opening / closing means 13 ... Amplification water tank 14 ... Amplification water tank discharge port 15 ... Atmosphere release port 16 ... Ultrasonic water level sensor 19,52 ... Ball part 20 ... Rim part discharge valve 21,64 ... Upper end of trap inlet opening 53 ... Rim part water passage 54 ... Water injection hole 57 ... Amplified water tank outlet 58 ... Amplified water tank 59 ... Tap water direct pressure nozzle 60 ... Entanglement 61 ... Throat 62 ... Opening 63 ... Water supply pipe 65 ... Water surface Reference Signs List 100 control means 101 input section 102 output section 103 control section

 ──────────────────────────────────────────────────の Continued on the front page (72) Inventor Masaki Kitamura 1-1-1, Nakajima, Kokurakita-ku, Kitakyushu-shi, Fukuoka

Claims (21)

[Claims] 1. A toilet having a flush water outlet at a position substantially opposite to a trap inlet of a toilet, wherein main flush water for discharging dirt in the ball portion is discharged from the flush water outlet, and the water level of the ball portion is reduced. A toilet flushing method, characterized in that auxiliary flushing water is discharged from the flushing water discharge port in order to push low-specific-gravity contaminants such as suspended dirt into the trap at the end of the lowered cleaning. 2. The siphon toilet according to claim 1, wherein said toilet bowl generates a siphon action and discharges filth. The toilet flushing method according to claim 1, wherein auxiliary flushing water is discharged from an outlet toward the trap inlet. 3. The toilet flushing method according to claim 2, wherein the timing of discharging the auxiliary flushing water is started after the water level of the ball portion starts to decrease. 4. The toilet flushing method according to claim 2, wherein the timing of discharging the auxiliary flushing water is started immediately before the siphon runs out. 5. The toilet flushing method according to claim 1, wherein the timing of discharging the auxiliary flushing water is started when the water level of the ball portion drops to near the opening end of the trap inlet. 6. A flush water discharging means for discharging flush water toward a trap inlet of a toilet bowl, an auxiliary flush water storing means for storing auxiliary flush water, and an auxiliary for adjusting a discharge timing and a discharge amount of the auxiliary flush water. A toilet comprising: washing water discharge adjusting means; and control means for controlling the washing water discharging means and the auxiliary cleaning water discharge adjusting means. 7. The cleaning water discharge means comprises: an amplification water tank for holding amplification water separately stored from a reservoir of a ball portion for discharging cleaning water; and a tap water direct pressure nozzle for discharging tap water. The toilet according to claim 6, wherein the amplified water in the amplified water tank is entrained and discharged by the discharged water discharged from the water supply direct pressure nozzle. 8. A water level detecting means for detecting a water level of a ball portion of the toilet bowl, and controlling discharge of auxiliary cleaning water from the auxiliary cleaning water storing means based on a signal from the water level detecting means. The toilet bowl according to 6 or 7. 9. The toilet according to claim 6, wherein discharge control of the auxiliary cleaning water from the auxiliary cleaning water storing means is performed by timer control. 10. An auxiliary washing water discharge means having one end of said auxiliary washing water storing means connected to the atmosphere and an auxiliary cleaning water discharge port opened at the other end toward a trap inlet, The toilet according to any one of claims 6 to 9, wherein the toilet is an air communication port opening / closing means provided at the air communication port. 11. An auxiliary washing water storing means has an air communication port having one end communicating with the atmosphere and an auxiliary washing water discharge opening having the other end opened toward a trap inlet. The toilet according to any one of claims 6 to 9, wherein the toilet is a pressure loss portion provided in the atmosphere communication port such that the lowering of the water level of the auxiliary flush water storing means is delayed as compared with the lowering of the water level of the partial water surface. 12. The auxiliary cleaning water discharge means includes an air communication port having one end connected to the atmosphere and an auxiliary cleaning water discharge port opened at the other end toward a trap inlet. The toilet bowl according to any one of claims 6 to 9, wherein the toilet is a pressure loss portion provided at the auxiliary flush water discharge port such that a decrease in the water level of the auxiliary flush water storage unit is delayed as compared with a decrease in the water level of the partial water surface. . 13. The toilet flushing means is formed integrally with the toilet below the bowl portion of the toilet.
The toilet according to any one of the above. 14. The toilet according to claim 6, wherein the amplified water tank is formed integrally with the toilet below the bowl portion of the toilet. 15. The toilet according to claim 8, wherein the water level detecting means is a pressure detecting means for detecting a water pressure in a ball portion or a trap drainage channel. 16. A toilet having a flush water discharge means for discharging flush water toward a trap inlet of a toilet, and a control means for controlling discharge of auxiliary flush water from said flush water discharge means. . 17. An amplifier having an amplified water tank opening as an opening facing a trap inlet of a toilet bowl, wherein the washing water discharging means holds the amplified water separately from the stored water in a ball portion for discharging the cleaning water. A water tank, a tap water direct pressure nozzle that discharges to the amplification water tank, a winding section for causing the amplification water to be caught in the discharge water discharged from the tap water direct nozzle, and a flow rate amplification caught in the winding section. 17. The toilet according to claim 16, comprising a throat for discharging the amplified water to the trap inlet, wherein the control means controls discharge and timing of auxiliary cleaning water from a water supply direct pressure nozzle. 18. The control of discharging the auxiliary cleaning water from the cleaning water discharging means by timer control.
The toilet bowl described in. 19. A water level detection means for detecting a water level of a ball portion of the toilet bowl, and discharge control of auxiliary washing water is performed based on a signal of the water level detection means.
7. The toilet according to any one of items 7 to 7. 20. The toilet according to claim 19, wherein the water level detecting means is a pressure detecting means for detecting a water pressure in a ball portion or a trap drainage channel. 21. The toilet of claim 17, wherein the amplified water tank is formed integrally with the toilet below the bowl of the toilet.